BeClaude

hashheat-dispatch

New
GitHub TrendingGeneralby davidsanz21

Hourly dispatch simulator for PV + battery + a hydro-cooled bitcoin miner as thermal-cascade heat source. Sized a real system.

First seen 6/17/2026

Summary

This skill simulates an hourly dispatch strategy for a real-world system combining photovoltaic solar panels, battery storage, and a hydro-cooled bitcoin miner that serves as a thermal-cascade heat source.

  • It helps developers model energy flows, optimize heat reuse, and size components for sustainable mining and heating applications.

Install & Usage

1
Create the skills directory
mkdir -p .claude/skills
2
Download the skill file

Add the configuration to .claude/skills/hashheat-dispatch.md

3
Invoke in Claude Code
/hashheat-dispatch

Use Cases

Model hourly energy dispatch for a PV+battery+miner system to maximize self-consumption and heat recovery.
Evaluate the impact of battery capacity on miner uptime and heat supply during low solar periods.
Simulate thermal cascade efficiency when using miner waste heat for water or space heating.
Optimize miner hash rate scheduling based on solar generation forecasts and battery state of charge.
Size PV array and battery bank for a given miner power draw and desired heat output profile.
Compare economic returns of selling excess solar vs. storing for miner operation at night.

Usage Examples

1

/hashheat-dispatch simulate --location Denver --pv 10kW --battery 20kWh --miner S19 --heat-demand 5kW

2

Run a dispatch simulation for a 15kW PV system with 30kWh battery powering an S19 Pro miner, outputting hourly heat available for a greenhouse.

3

/hashheat-dispatch optimize --objective heat --min-heat-hours 8 --battery-min 10kWh

View source on GitHub

Security Audits

LicenseUnknownSourceWarnRepositoryPass

Frequently Asked Questions

What is hashheat-dispatch?

This skill simulates an hourly dispatch strategy for a real-world system combining photovoltaic solar panels, battery storage, and a hydro-cooled bitcoin miner that serves as a thermal-cascade heat source. It helps developers model energy flows, optimize heat reuse, and size components for sustainable mining and heating applications.

How to install hashheat-dispatch?

To install hashheat-dispatch: create the skills directory (mkdir -p .claude/skills), then add the config to .claude/skills/hashheat-dispatch.md. Finally, /hashheat-dispatch in Claude Code.

What is hashheat-dispatch best for?

hashheat-dispatch is a other categorized under General. Created by davidsanz21.

What can I use hashheat-dispatch for?

hashheat-dispatch is useful for: Model hourly energy dispatch for a PV+battery+miner system to maximize self-consumption and heat recovery.; Evaluate the impact of battery capacity on miner uptime and heat supply during low solar periods.; Simulate thermal cascade efficiency when using miner waste heat for water or space heating.; Optimize miner hash rate scheduling based on solar generation forecasts and battery state of charge.; Size PV array and battery bank for a given miner power draw and desired heat output profile.; Compare economic returns of selling excess solar vs. storing for miner operation at night..